最后64点FFT

RGB 与YCbCr 颜色空间可以相互转化(RGB and YCbCr color space can be transformed into each other)

4-Bit BCD Adder in Verilog

PID CONTROLLER HELPING BOOK

vhdl的3-8译码器-instantiate the 3-8 decoder

此设计采用Verilog HDL硬件语言设计,在掌宇开发板上实现. 将整个电路分为两个子模块，一个提供同步信号（H_SYNC和V_SYNC）及像素位置信息；另一个接收像素位置信息，并输出颜色信号。这样便于进行图形修改，同时也容易实现- This design uses Verilog the HDL hardware language design, realizes on the palm space development board Divides into two stature modules the entire electric circuit, provides the synchronized signal (H_SYNC and V_SYNC) and the picture element positional information; Another receive picture element positional information, and output color signal. Like this is advantageous for carries on the graph to revise, simultaneously is also easy to realize

用veriolg 语言编写的串口通讯程序，通过FPGA控制串口的通讯。(a veriog program completed on FPGA to contrlo a uart to communicaton with a computer )

实现FPGA与PC通信的USB2.0接口,采用verilog语言实现(Implementation of FPGA and PC communication USB2.0 interface, using Verilog language to achieve)

说明：  FPGA 读写 SRAM 存储块，verilog代码(Read and write SRAM memory block and Verilog code in FPGA)

uart implementation and documentation, this describes the basic steps in building your own uart module on verilog and programming them on an fpga device

quick reference guide to verilog HDL